CN-122006225-A - Card dealing method of poker machine

Abstract

The invention discloses a card dealing method of a poker machine, which comprises the steps of S1, starting N card discharging devices around the poker machine to descend into the poker machine, wherein M card discharging devices are arranged around the poker machine, M and N are integers which are larger than or equal to 1 respectively and are larger than or equal to N, S2, sending the playing cards to the N card discharging devices descending into the poker machine by a card dealing mechanism in the poker machine, and S3, receiving the N card discharging devices of the playing cards to ascend to a table surface of the poker machine for players to play. In step S1, the player can freely select, that is, the player can randomly regulate and control and start the N card-playing devices according to the number and positions of the player, and the remaining other card-playing devices remain motionless, so that the user experience is improved.

Inventors

• FAN HONGMEI

Assignees

• 杭州千诺圆进出口有限公司

Dates

Publication Date

20260512

Application Date

20250815

Priority Date

20240815

Claims (20)

1. 1. A method for dealing a poker machine, comprising the steps of: step S1, starting N card discharging devices around the poker machine to descend into the poker machine, wherein M card discharging devices are arranged around the poker machine, M and N are integers which are larger than or equal to 1 respectively, and M is larger than or equal to N; step S2, a dealing mechanism in the poker machine sends the playing cards to N card discharging devices which are lowered into the poker machine; And S3, the N card-discharging devices which receive the playing cards rise to the table top of the poker machine for players to play.
2. 2. The method of claim 1, wherein The N card discharging devices are continuously adjacent card discharging devices in the M card discharging devices or card discharging devices at 1 to a plurality of positions.
3. 3. The method of claim 1, wherein during the dealing of the dealing mechanism in step S2, the dealing mechanism rotates in the following steps: Step S21, rotating the card dealing mechanism by omega 1 angle towards the first time needle direction; step S22, rotating omega 2 angle towards the second clockwise direction; Step S23, rotating omega 2 angle towards the first time needle direction; step S24, repeating step S22 and step S23; Step S25, finally rotating omega 1 to the second clockwise direction to return to the starting point; Wherein the angle of 0 degree is more than or equal to ω1 and less than or equal to 180 degrees, the angle of 270 degrees is more than or equal to ω2 and less than or equal to 360 degrees, when the first time needle direction is clockwise, the second time needle direction is anticlockwise, and when the first time needle direction is anticlockwise, the second time needle direction is clockwise.
4. 4. The method of claim 3 wherein during the dealing of the dealing mechanism in step S2, the dealing mechanism rotates in the following steps: Step S21, the dealing mechanism rotates towards the first time needle direction only by omega 1 angle but does not deal cards; step S22, the card dealing mechanism rotates omega 2 degrees towards the second clockwise direction, and the playing cards are sent to the descending card discharging device while rotating; Step S23, the card dealing mechanism rotates omega 2 degrees towards the first time needle direction, and the playing cards are sent to the descending card discharging device while rotating; step S24, repeating the steps S22 and S23 until all playing cards in the dealing mechanism are dealt; In step S25, the dealing mechanism rotates by an angle omega 1 only in the second clockwise direction to return to the starting point, and the dealing mechanism does not deal cards.
5. 5. The method of claim 4, wherein When ω2=360°, in the process of substep S22 to substep S24, the dealing mechanism deals 1 time every time it rotates to reach a corresponding one of the dealing devices.
6. 6. The method of claim 4, wherein When omega 2<360 DEG, in the process from the substep S22 to the substep S24, the dealing mechanism rotates in one direction to the last dealing device for dealing 2 times.
7. 7. The method of claim 1, wherein In the step S1, in the process of starting N card discharging devices to descend into the poker machine, remaining card discharging devices in the M card discharging devices stay still; in step S3, in the process that the N card-discharging devices rise to the table of the poker machine, the remaining card-discharging devices of the M card-discharging devices remain stationary.
8. 8. The method of claim 1, wherein In step S1, a card lifting plate of a card lifting mechanism of N card discharging devices is started to descend into the poker machine; In step S3, the card lifting plates of the card lifting mechanisms of the N card discharging devices are lifted to the table top of the poker machine.
9. 9. The method of claim 8, wherein In step S1, a card lifting plate of a card lifting mechanism of N card discharging devices is started to descend to the middle position in the poker machine, and a card receiving mechanism of the N card discharging devices ascends to the middle position in the poker machine, so that the card receiving plate on the card receiving mechanism is higher than or equal to the height of the card lifting plate; In step S3, the card lifting plate of the card lifting mechanism of the N card discharging devices is lifted to the table top of the poker machine, and the card receiving mechanism of the N card discharging devices is lowered to the lower position in the poker machine.
10. 10. The method of claim 1 wherein the method is implemented using a poker machine having: A frame; the dealing mechanism is arranged in the middle of the rack in a spinning way; the M card discharging devices are respectively and independently arranged around the card dealing mechanism at intervals.
11. 11. The method of claim 10, wherein the card dealing mechanism comprises: the card dealing seat is arranged in the middle of the rack in a spinning way, and a card dealing outlet and a sliding chute frame longitudinally arranged on the card dealing seat are arranged on the first half part of the card dealing seat; the lower parts of two sides of the card storage bin are respectively provided with a pulley, the card storage bin is positioned on the card dealing seat and communicated with a card dealing outlet of the card dealing seat, playing cards in the card storage bin are sent to N card discharging devices which are lowered into the playing card machine through the card dealing outlet, and the pulleys of the card storage bin can slide up and down along a chute frame on the card dealing seat; Wherein, the spout upper portion of spout frame is equipped with the slidable embedding the bracing arc mouth of the pulley of card storage storehouse, in order to when putting the tablet storage storehouse slope support in the spout frame upper portion of dealing seat.
12. 12. The method of claim 11 wherein the pulleys include longitudinally disposed upper and lower pulleys located on each side lower portion of the card hopper, the lower pulleys of the card hopper snapping into a diagonal opening in the upper portion of the chute frame during card placement, the upper pulleys of the card hopper being located on top of the chute frame such that the card hopper is supported in a sloped manner on the upper portion of the chute frame of the shoe during card placement.
13. 13. The method of claim 10, wherein the card dealing arrangement comprises: the card lifting and pulling driving wheel is provided with a card lifting piece and a card pushing and pulling piece; the card pushing and pulling piece of the card lifting and pulling driving wheel is in driving connection with the push-and-pull connecting rod mechanism; The card receiving and lifting integrated device is arranged on the periphery of the frame and is provided with a card lifting mechanism and a card receiving mechanism which can be aligned with a card dealing outlet of the card dealing mechanism in the spinning process, a card lifting piece of a card lifting and pulling driving wheel is connected with the card lifting mechanism to drive the card lifting mechanism to descend or ascend, the card lifting mechanism is connected with the card receiving mechanism to drive the card receiving mechanism to ascend or descend, and the push-pull connecting rod mechanism is connected with the card receiving mechanism to drive the entertainment cards on the card receiving mechanism to be pushed onto the card lifting mechanism.
14. 14. The method of claim 13 wherein the card lifting and pulling drive wheel further comprises a cam body positioned on a longitudinal side of the card receiving and lifting integrated device adjacent to the card lifting mechanism, the cam body having oppositely disposed first and second sides, the card lifting member being a side post positioned on the first side of the cam body and positioned below a card lifting plate of the card lifting mechanism to support and lift the card lifting plate, the card pushing and pulling member being a flange arc positioned on the second side of the cam body, the flange arc being in push-pull abutment with a drive end of a drive lever of the push-pull link mechanism.
15. 15. The method of claim 13, wherein the push-pull linkage comprises: the middle connecting piece is positioned below the card receiving and lifting integrated device and is provided with a first end and a second end which are opposite; The push-pull card piece of the driving wheel is in driving connection with the driving pull rod, and the lower end of the driving pull rod is connected with the first end of the middle connecting piece; the push-pull head is arranged at the second end of the middle connecting piece, is positioned at the longitudinal side of the card receiving and lifting integrated device, which is close to the card receiving mechanism, and can transversely pass through the card receiving mechanism to push the entertainment cards on the card receiving mechanism to the card lifting mechanism.
16. 16. The method of claim 13, wherein the card-receiving and card-lifting integrated device comprises: a lever having opposite first and second ends; the card receiving mechanism is arranged at the first end of the lever and can receive the playing cards sent out by the card sending outlet of the card sending mechanism; the card lifting mechanism is arranged at the second end of the lever, and a card lifting plate of the card lifting mechanism is in driving connection with the second end of the lever; The lifting plate piece of the driving wheel is positioned below the lifting plate to be in driving connection with the lifting plate in a supporting and lifting mode, when the lifting plate of the lifting plate mechanism is driven to lift, the lever is lifted to drive the plate receiving mechanism to descend, and when the lifting plate of the lifting plate mechanism descends, the lever is lifted to drive the plate receiving mechanism to ascend.
17. 17. The method of claim 16, wherein, The card receiving mechanism is provided with a card receiving bin and a card receiving plate which is arranged in the card receiving bin and is used for receiving the playing cards sent out by a card sending outlet of the card sending mechanism; The card lifting mechanism is provided with a card lifting bin and a card lifting plate arranged in the card lifting bin, a side column of a first side surface of the driving wheel is positioned below the card lifting plate to be in driving connection with the card lifting plate in a supporting lifting mode, and the card receiving plate of the card receiving mechanism is driven to be higher than or equal to the height of the card lifting plate of the card lifting mechanism through the seesaw motion of the lever.
18. 18. The method of claim 17, wherein, One side of the card lifting bin, which is opposite to the card receiving bin, is provided with a card lifting bin communication port; The card receiving bin is provided with a card receiving bin communication port on one side facing the card lifting bin, the card receiving bin communication port is integrally communicated with the card lifting bin communication port, and the card receiving bin communication port of the card receiving bin can be arranged on the card lifting bin communication port of the card lifting bin in a vertically sliding manner.
19. 19. The method of claim 13 wherein the card dealing machine card discharging device comprises a base, wherein the base is arranged on the periphery of the frame and is arranged at intervals around the card dealing mechanism, a transverse seat groove is formed in the base, a transition sliding block of a middle connecting piece of the push-pull link mechanism moves back and forth in the transverse seat groove, a card lifting bin of the card lifting mechanism is arranged on the base, and a wheel cover of the card lifting and pulling driving wheel is integrally connected with the card lifting bin.
20. 20. The method as set forth in claim 10 wherein the poker machine further has: The wire container is a plurality of coils of coiled springs which extend continuously and can be rewound, and the power wire and the signal wire of the card dealing mechanism are relatively fixed on the coiled springs along the extending direction of the coiled springs.

Description

Card dealing method of poker machine Technical Field The invention belongs to the technical field of poker machines, and particularly relates to a card dealing method of a poker machine. Background The poker machine is a machine specially used for playing a poker game, and one poker game needs to be subjected to the processes of shuffling, card arranging, dealing and the like. Generally, when a user finishes a round of playing games, the card storage bin of the card dealing mechanism is driven to lift, then playing cards on the table top are shuffled and tidied, then the playing cards are placed in the card storage bin of the card storage bin, and finally the playing cards are lowered into the poker machine to be dealt to each card discharging device. The existing playing card machine has a whole structure, for example, 8 playing card devices are arranged on the periphery of the playing card machine and can be used for 4 users to play, when only 3 users play, the 8 playing card devices are integrally connected, so that all playing cards still need to be lowered into the playing card machine, the playing cards are received and then all rise to the playing card table, and the playing cards cannot be selected and dealt according to the number of users in a specific game, thereby causing resource waste. Disclosure of Invention The invention aims at solving the problems that the existing poker machine is complex in structure and can not freely select and deal cards according to the number, the positions and the like of users, and provides a dealing method of the poker machine. The dealing method of the poker machine comprises the following steps: step S1, starting N card discharging devices around the poker machine to descend into the poker machine, wherein M card discharging devices are arranged around the poker machine, M and N are integers which are larger than or equal to 1 respectively, and M is larger than or equal to N; step S2, a dealing mechanism in the poker machine sends the playing cards to N card discharging devices which are lowered into the poker machine; And S3, the N card-discharging devices which receive the playing cards rise to the table top of the poker machine for players to play. It is preferred that the first and second heat sinks, The N card discharging devices are continuously adjacent card discharging devices or card discharging devices with 1 to a plurality of positions at intervals. It is preferred that the first and second heat sinks, In the dealing process of the dealing mechanism in the step S2, the dealing mechanism rotates according to the following steps: Step S21, rotating the card dealing mechanism by omega 1 angle towards the first time needle direction; Step S22, rotating omega 2 angle towards the second clockwise direction; step S23, rotating omega 2 angle towards the first time needle direction; step S24, repeating step S22 and step S23; step S25, finally rotating omega 1 to the second clockwise direction to return to the starting point; wherein the angle of 0 degree is more than or equal to ω1 and less than or equal to 180 degrees, the angle of 270 degrees is more than or equal to ω2 and less than or equal to 360 degrees, when the first time needle direction is clockwise, the second time needle direction is anticlockwise, and when the first time needle direction is anticlockwise, the second time needle direction is clockwise. It is preferred that the first and second heat sinks, In the dealing process of the dealing mechanism in the step S2, the dealing mechanism rotates according to the following steps: step S21, the dealing mechanism rotates towards the first time needle direction only by omega 1 angle but does not deal cards; Step S22, the card dealing mechanism rotates omega 2 degrees towards the second clockwise direction, and the playing cards are sent to the descending card discharging device while rotating; Step S23, the card dealing mechanism rotates omega 2 degrees towards the first time needle direction, and the playing cards are sent to the descending card discharging device while rotating; step S24, repeating the steps S22 and S23 until all playing cards in the dealing mechanism are dealt; In step S25, the dealing mechanism rotates by an angle omega 1 only in the second clockwise direction to return to the starting point, and the dealing mechanism does not deal cards. It is preferred that the first and second heat sinks, When ω2=360°, in the process of substep S22 to substep S24, the dealing mechanism deals 1 time every time it rotates to reach a corresponding one of the dealing devices. It is preferred that the first and second heat sinks, When omega 2<360 DEG, in the process from the substep S22 to the substep S24, the dealing mechanism rotates in one direction to the last dealing device for dealing 2 times. It is preferred that the first and second heat sinks, In the step S1, in the process of starting N card discharging devices to descend into the poker